CN210790928U - Valve is from access storage rack - Google Patents
Valve is from access storage rack Download PDFInfo
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- CN210790928U CN210790928U CN201921237604.2U CN201921237604U CN210790928U CN 210790928 U CN210790928 U CN 210790928U CN 201921237604 U CN201921237604 U CN 201921237604U CN 210790928 U CN210790928 U CN 210790928U
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- extractor
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- hydraulic
- telescopic arm
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Abstract
The utility model relates to a valve is from access storage rack, including main control box, control keyboard, mounting panel I, mounting panel II, loading board, put thing board, extractor, the flexible arm of hydraulic pressure, mainframe box and track, main control box and control keyboard fix on mounting panel I surface, a plurality of loading board both ends fixed connection mounting panel I and mounting panel II, a plurality of puts the thing board and places on the loading board, the flexible arm of extractor fixed surface connection hydraulic pressure, the flexible arm fixed connection mainframe box of hydraulic pressure, the track passes two through-holes that the mainframe box surface was opened, the main control box passes through electric wire series connection mainframe box and control keyboard, the mainframe box passes through the connection of electric lines extractor, can effectively conclude various finished products and semi-manufactured goods product, and also can automatic storage to the heavy weight product, effectively reduced the waste in space and the possibility that metal wets the corruption.
Description
Technical Field
The utility model relates to a supporter technical field specifically is a valve is from access storage rack.
Background
In industrial production activities, almost all factories deal with a large number of finished products and semi-finished products, which are usually stacked or arranged on the ground directly, which results in a large amount of space waste in an intangible manner, and at the same time, if the ground has large moisture, metal parts may be corroded, which causes damage and serious loss of economic benefit, while the heavy weight of some products or semi-finished products is one of the factors restricting the three-dimensional storage of materials, and after all, many heavy products are impossible to deal with by manpower.
In order to solve these problems, the multifunctional aluminum alloy shelf of chinese patent No. CN206586623U only solves the problem of storage of objects, but does not solve the problems involved in industrial production well.
Disclosure of Invention
To the problem that above-mentioned prior art exists, the utility model provides a valve is from access storage rack can effectively conclude various finished products and semi-manufactured goods to also can automatic storage to the heavy product, effectively reduced the waste in space and the possibility that the metal wets and corrodes.
In order to achieve the above object, the utility model discloses a following technical scheme realizes: the utility model provides a valve is from access storage rack, includes main control box, control keyboard, mounting panel I, mounting panel II, loading board, puts thing board, extractor, the flexible arm of hydraulic pressure, mainframe box and track, main control box and control keyboard fix on mounting panel I surface, a plurality of loading board both ends fixed connection mounting panel I and mounting panel II, a plurality of puts the thing board and places on the loading board, the flexible arm of extractor fixed surface connection hydraulic pressure, the flexible arm fixed connection mainframe box of hydraulic pressure, two through-holes that the track passed mainframe box surface and opened, main control box passes through electric wire series connection mainframe box and control keyboard, and the mainframe box passes through the connection of electric lines extractor.
The loading board constitute by pressure sensor, electromagnetic charging coil and loading board shell, a plurality of pressure sensor through-hole is installed on loading board shell surface, pressure sensor passes through the electric wire and connects the main control box after establishing ties, a plurality of electromagnetic charging coil installs in proper order inside the loading board shell, a plurality of electromagnetic charging coil passes through the electric wire and connects the main control box after establishing ties.
Put the thing board by shovel arm hole, put thing board laser and to mark ware, electromagnetism charging coil and battery constitution, two shovel arm hole parallels run through put the thing board, a plurality of is put thing board laser and is installed between shovel arm hole to mark ware, electromagnetism charging coil establishes ties the battery through the electric wire and puts thing board laser and to mark the ware.
The extractor by shovel arm, divide controller, flexible motor, drive gear, extractor laser mark ware and extractor shell to constitute, the extractor shell open the through-hole and install two shovel arms, two shovel arms are established ties drive gear and flexible motor respectively, two flexible motors pass through the connection of electric lines and divide the controller, extractor laser passes through the connection of electric lines to mark ware and divides the controller, divides controller connection of electric lines mainframe box, the flexible arm of extractor shell fixed connection hydraulic pressure.
The mainframe box by the secondary controller, flexible arm hydraulic motor, the hydraulic pump, the emulsion case, the traveling motor, the gear box, the action wheel, supplementary anticreep wheel, solenoid valve and mainframe box shell, the flexible arm hydraulic motor of mainframe box shell internally mounted passes through the bearing and connects the hydraulic pump, the hydraulic pump passes through withstand voltage pipe series connection hydraulic stretching arm, solenoid valve and emulsion case, the emulsion case passes through withstand voltage union coupling hydraulic pump, the traveling motor passes through the gear box and connects the action wheel, action wheel and supplementary anticreep wheel are lived the track, the secondary controller passes through the electric wire and connects flexible arm hydraulic motor respectively, the traveling motor, the solenoid valve, branch controller and main control box, the installation track is opened through mainframe box shell both sides, the flexible arm of mainframe box shell fixed connection hydraulic stretching.
The casing of the mainframe box is made of ABS high-strength engineering plastics, and the ABS plastics are used for reducing the weight of the mainframe box and reducing the pressure of a track.
Put thing board laser and proofread the ware and draw the ware laser to the mark ware and proofread through laser, be convenient for get the ware accuracy and insert the shovel arm hole with the shovel arm.
Borrow by above-mentioned scheme, the utility model discloses at least, have following advantage: compare with the conventional mode of depositing of leaving in ground, this valve is from access storage rack can be with the help of the strength of machine, with big weight or the regular arrangement of semi-manufactured goods raw materials of a large amount and finished product on three-dimensional goods shelves, the problem that factory building space utilization is low has been solved, overcome the product corrosion problem that causes because of ground humidity simultaneously, very big increase factory building space's utilization ratio deposit the factory building goods and materials simultaneously and provide electronic record, the efficiency of seeking is improved, fine saving the time of wasting when seeking goods and materials position, work efficiency and economic benefits have been improved, can also improve the storage capacity through the form of establishing ties and increasing goods shelves during specific use.
Drawings
FIG. 1 is a perspective view of a valve self-access storage rack;
FIG. 2 is a perspective view of the main housing of a valve self-access storage rack;
FIG. 3 is a perspective view of an extractor with a valve self-access storage rack;
FIG. 4 is a perspective view of a valve self-access storage shelf;
FIG. 5 is a partial perspective view of the point of FIG. 1A;
in the figure: 1. a main control box, 2, a control keyboard, 3, support plates I, 4, support plates II, 5, a bearing plate, 5-1, a pressure sensor, 5-2, an electromagnetic charging coil, 5-3, a bearing plate shell, 6, a storage plate, 6-1, a shovel arm hole, 6-2, a storage plate laser marker aligner, 6-3, an electromagnetic charging coil, 6-4, a battery, 7, an extractor, 7-1, a shovel arm, 7-2, a branch controller, 7-3, a telescopic motor, 7-4, a transmission gear, 7-5, an extractor laser marker aligner, 7-6, an extractor shell, 8, a hydraulic telescopic arm, 9, a main case, 9-1, a secondary controller, 9-2, a telescopic arm hydraulic motor, 9-3, a hydraulic pump, 9-4 and an emulsion case, 9-5 parts of a moving motor, 9-6 parts of a gear box, 9-7 parts of a driving wheel, 9-8 parts of an auxiliary anti-drop wheel, 9-9 parts of an electromagnetic valve, 9-10 parts of a main case shell, 10 parts of a track.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings.
As shown in fig. 1 to 3, this valve is from access storage rack, including main control box 1, control keyboard 2, mounting panel I3, mounting panel II4, loading board 5, put thing board 6, extractor 7, hydraulic telescopic arm 8, mainframe box 9 and track 10, main control box 1 and control keyboard 2 fix on mounting panel I3 surface, a plurality of loading board 5 both ends fixed connection mounting panel I3 and mounting panel II4, a plurality of puts thing board 6 and places on loading board 5, extractor 7 fixed surface connection hydraulic telescopic arm 8, hydraulic telescopic arm 8 fixed connection mainframe box 9, track 10 passes two through-holes of mainframe box 9 surface opening, main control box 1 establishes ties mainframe box 9 and control keyboard 2 through the electric wire, mainframe box 9 passes through electric wire connection extractor 7.
The bearing plate 5 is composed of pressure sensors 5-1, electromagnetic charging coils 5-2 and a bearing plate shell 5-3, a plurality of pressure sensors 5-1 are installed on the surface of the bearing plate shell 5-3 through holes, the pressure sensors 5-1 are connected with the main control box 1 after being connected in series through electric wires, a plurality of electromagnetic charging coils 5-2 are sequentially installed inside the bearing plate shell 5-3, and a plurality of electromagnetic charging coils 5-2 are connected with the main control box 1 after being connected in series through electric wires.
The object placing plate 6 comprises two shovel arm holes 6-1, object placing plate laser mark aligning devices 6-2, electromagnetic charging coils 6-3 and batteries 6-4, the two shovel arm holes 6-1 penetrate through the object placing plate 6 in parallel, the object placing plate laser mark aligning devices 6-2 are installed between the shovel arm holes 6-1, and the electromagnetic charging coils 6-3 are connected with the batteries 6-4 and the object placing plate laser mark aligning devices 6-2 in series through electric wires.
The extractor 7 is composed of shovel arms 7-1, branch controllers 7-2, telescopic motors 7-3, transmission gears 7-4, an extractor laser mark alignment device 7-5 and an extractor shell 7-6, wherein the extractor shell 7-6 is provided with two shovel arms 7-1 through holes, the two shovel arms 7-1 are respectively connected with the transmission gears 7-4 and the telescopic motors 7-3 in series, the two telescopic motors 7-3 are connected with the branch controllers 7-2 through electric wires, the extractor laser mark alignment device 7-5 is connected with the branch controllers 7-2 through electric wires, the branch controllers 7-2 are connected with a main case 9 through electric wires, and the extractor shell 7-6 is fixedly connected with a hydraulic telescopic arm 8.
The main case 9 is composed of a secondary controller 9-1, a telescopic arm hydraulic motor 9-2, a hydraulic pump 9-3, an emulsion case 9-4, a mobile motor 9-5, a gear case 9-6, a driving wheel 9-7, an auxiliary anti-dropping wheel 9-8, an electromagnetic valve 9-9 and a main case shell 9-10, the telescopic arm hydraulic motor 9-2 is arranged inside the main case shell 9-10 and is connected with the hydraulic pump 9-3 through a bearing, the hydraulic pump 9-3 is connected with the hydraulic telescopic arm 8, the electromagnetic valve 9-9 and the emulsion case 9-4 in series through a pressure pipe, the emulsion case 9-4 is connected with the hydraulic pump 9-3 through a pressure pipe, the mobile motor 9-5 is connected with the driving wheel 9-7 through the gear case 9-6, the driving wheel 9-7 and the auxiliary anti-dropping wheel 9-8 clamp the track 10, the secondary controller 9-1 is respectively connected with the telescopic arm hydraulic motor 9-2, the mobile motor 9-5, the electromagnetic valve 9-9, the branch controller 7-2 and the main control box 1 through electric wires, mounting rails 10 are arranged on two sides of a main case shell 9-10, and the main case shell 9-10 is fixedly connected with the hydraulic telescopic arm 8.
The main case shell 9-10 is made of ABS high-strength engineering plastics, and the ABS plastics are used for reducing the weight of the main case 9 and reducing the pressure of the rail 10.
The object placing plate laser mark aligning device 6-2 and the extractor laser mark aligning device 7-5 are calibrated through laser, so that the extractor 7 can accurately insert the shovel arm 7-1 into the shovel arm hole 6-1.
Install a valve from access storage rack during the use, compare with the conventional mode of depositing of leaving in ground, this valve can be with the help of the strength of machine from access storage rack, with the regular arrangement on three-dimensional goods shelves of big weight or the semi-manufactured goods raw materials of large quantity and finished product, the problem that factory building space utilization is low has been solved, overcome the product corrosion problem that causes because of ground is moist simultaneously, very big increase factory building space's utilization ratio deposit the electronic record to factory building material simultaneously, the efficiency of seeking is improved, fine saving the time of wasting when seeking the material position, work efficiency and economic benefits have been improved.
Claims (6)
1. A valve self-storing and taking storage rack comprises a main control box (1), a control keyboard (2), a support plate I (3), a support plate II (4), a bearing plate (5), object containing plates (6), an extractor (7), a hydraulic telescopic arm (8), a mainframe box (9) and a track (10), and is characterized in that the main control box (1) and the control keyboard (2) are fixed on the surface of the support plate I (3), two ends of a plurality of bearing plates (5) are fixedly connected with the support plate I (3) and the support plate II (4), a plurality of object containing plates (6) are placed on the bearing plate (5), the surface of the extractor (7) is fixedly connected with the hydraulic telescopic arm (8), the hydraulic telescopic arm (8) is fixedly connected with the mainframe box (9), the track (10) penetrates through two through holes formed in the surface of the mainframe box (9), and the main control box (1) is connected with the control keyboard (2) in series through a wire, the main case (9) is connected with the extractor (7) through a wire.
2. The valve self-storing and-taking storage rack as claimed in claim 1, wherein the bearing plate (5) is composed of a pressure sensor (5-1), an electromagnetic charging coil (5-2) and a bearing plate housing (5-3), a plurality of pressure sensors (5-1) are installed on the surface of the bearing plate housing (5-3) through holes, the pressure sensors (5-1) are connected with the main control box (1) through wires in series, a plurality of electromagnetic charging coils (5-2) are sequentially installed inside the bearing plate housing (5-3), and a plurality of electromagnetic charging coils (5-2) are connected with the main control box (1) through wires in series.
3. The valve self-storing and taking storage rack according to claim 1, wherein the storage plate (6) is composed of two shovel arm holes (6-1), storage plate laser mark aligner (6-2), electromagnetic charging coils (6-3) and batteries (6-4), the two shovel arm holes (6-1) penetrate through the storage plate (6) in parallel, the plurality of storage plate laser mark aligner (6-2) are installed between the shovel arm holes (6-1), and the electromagnetic charging coils (6-3) are connected with the batteries (6-4) and the storage plate laser mark aligner (6-2) in series through wires.
4. The valve self-storing and taking storage rack according to claim 1, wherein the extractor (7) is composed of a shovel arm (7-1), a branch controller (7-2), a telescopic motor (7-3), a transmission gear (7-4), an extractor laser marker (7-5) and an extractor shell (7-6), the extractor shell (7-6) is provided with two shovel arms (7-1) through holes, the two shovel arms (7-1) are respectively connected with the transmission gear (7-4) and the telescopic motor (7-3) in series, the two telescopic motors (7-3) are connected with the branch controller (7-2) through wires, the extractor laser marker (7-5) is connected with the branch controller (7-2) through wires, and the branch controller (7-2) is connected with a main machine box (9) through wires, the extractor shell (7-6) is fixedly connected with a hydraulic telescopic arm (8).
5. The valve self-storing and taking storage rack as claimed in claim 1, wherein the main case (9) is composed of a secondary controller (9-1), a telescopic arm hydraulic motor (9-2), a hydraulic pump (9-3), an emulsion tank (9-4), a traveling motor (9-5), a gear box (9-6), a driving wheel (9-7), an auxiliary anti-drop wheel (9-8), an electromagnetic valve (9-9) and a main case shell (9-10), the telescopic arm hydraulic motor (9-2) is arranged in the main case shell (9-10) and is connected with the hydraulic pump (9-3) through a bearing, the hydraulic pump (9-3) is connected with the hydraulic telescopic arm (8), the electromagnetic valve (9-9) and the emulsion tank (9-4) in series through a pressure pipe, the emulsion box (9-4) is connected with a hydraulic pump (9-3) through a pressure-resistant pipe, the moving motor (9-5) is connected with a driving wheel (9-7) through a gear box (9-6), the driving wheel (9-7) and an auxiliary anti-drop wheel (9-8) clamp a track (10), the secondary controller (9-1) is respectively connected with a telescopic arm hydraulic motor (9-2), the moving motor (9-5), an electromagnetic valve (9-9), a sub-controller (7-2) and a main control box (1) through electric wires, mounting tracks (10) are formed in two sides of a main case shell (9-10), and the main case shell (9-10) is fixedly connected with the hydraulic telescopic arm (8).
6. The valve self-storing and-taking storage rack as claimed in claim 5, wherein the main cabinet housing (9-10) is made of ABS high-strength engineering plastic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921237604.2U CN210790928U (en) | 2019-08-02 | 2019-08-02 | Valve is from access storage rack |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921237604.2U CN210790928U (en) | 2019-08-02 | 2019-08-02 | Valve is from access storage rack |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210790928U true CN210790928U (en) | 2020-06-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921237604.2U Active CN210790928U (en) | 2019-08-02 | 2019-08-02 | Valve is from access storage rack |
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| CN (1) | CN210790928U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115153227A (en) * | 2022-07-18 | 2022-10-11 | 江西金辰科技有限公司 | Stainless steel storage rack with warning function |
-
2019
- 2019-08-02 CN CN201921237604.2U patent/CN210790928U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115153227A (en) * | 2022-07-18 | 2022-10-11 | 江西金辰科技有限公司 | Stainless steel storage rack with warning function |
| CN115153227B (en) * | 2022-07-18 | 2023-08-29 | 江西金辰科技有限公司 | Stainless steel storage rack with warning function |
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